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PAGE NO. 
INISSISGI D DIsSClV1Ces names eee. ns eds eee ae 4 
Pirciivatardant WO) Someeees.. coseccee co ssae ee 8 
ibavtergosthaverdu CoV GIRVAN oe oc ee sc aes oboe aok oe 6 
Thicknesses, Sizes and Weights................ 7 
Proper) crinsmOG.S DECILY 1 2 serene ie eet en 8 
Polished ‘“‘Wire Glass,’’ Its Transparency....... 9 
Romanescuess Wire: Glassen ien ete en ls = 10 
SSVeNICE 2 WITE-CT1AGS gee Reel re tne one ok via « 11 
NMaZzeis Wire: Glass seener EIEN S ayehs cre... asc ote ie 
IN Roni MANSION CIEE 5 Oo Me ao occas uae eer 13 
IRGHCC COTA IT Cs Gr ASS mere tere ae) ener seni 14 
Inj olarstel “Annee GHEE. oS soso eo anenomecosooee AGN 
Hammered Rough “Wire Glass: (.0.22.2......., 16 
HaACtON tei Wire: Glass aerate pan wate steer ieee reeucneis 17 
MestoleDayliehntelilnminatione sme. ae ane 18-19 
Apex, Polished Back Figured Glass............ 20 
J NSH ROVERS 2.045 6, Meer A ETA ROR ee 21 
SRT GS, A RE ae eee eh 6 Pa ee 22 
VT CMe ee Pee an igs Stee ml arb 23 
LOTT Ul 1G meegeeees ace wert MR iy nh Se a ac 24 
IN RVC RITSSS., pac ie og ies oS oe 25 
RIGUCRN OS ear reer eet ty Si. neta c. < 26 
QaG6 VAIO. oo sm atn oe eek Soe Ee oe Fe eS PA 
FUGIMANES (Ue mer es oe ee cee enn Rae eg 28 
Naetrolite meee sees tee eae Sees 29 
CNL COMM MNES. asta int a Sbtne Se se tess, sero 30 
Jidta tern ges SL ane ee) ere eee 31 


LIATRIMeTeCOR OUD Naeem, anor et wad te ke OD 


ne je fi Shoe fy Sy ie Wee PRO] D Uses 








UR Service Department invites your 

correspondence on all subjects per- 
taining to glass. Where conditions arise 
and you are not satisfied with your own 
opinion, our experience may be of service 
to you. 

We have made careful study of day- 
light illumination through glass and know 
which are the best types of glass to use 
under various conditions. 

Some glass office partitions are simply 
for privacy of conversation or to obstruct 
vision economically; others are required 
to also admit the best light possible. 

There are certain places where conden- 
sation of moisture must be taken care of; 
other cases where it is desirable to have the 
least heat possible under skylights. On 
such subjects as these, our co-operation and 
services will prove a valuable assistance. 


Meio se Tt ostsak i. oP at ep OG 8G Ay Bh TE; Bo 





MEMORANDUM 


eist Ee fae ase dl Jee dae OR 18) 1! 


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MEMORANDUM 


Meeses lessor Pil Sb eve Vee bee Es 











ie you specify any style of wire 
glass, secure labeled samples, then 
specify the glass you want by name and 
thickness. 

When you install ‘Wire Glass’ look 
for the above label and be sure it is 
the Standard Fire Retardant No. 382. 
Homogeneous and solid. 

Quality, strength and efficiency have 
been so thoroughly demonstrated and es- 
tablished that superiority is universally 
recognized. 

“Wire Glass’ set in approved metal 
frames is the best form of window pro- 
tection, because of the fact that a window 
constantly in use must receive proper care 
and attention, and is easily operated. 

“Wire Glass’ affords constant and ade- 
quate fire protection at the minimum cost 
for installation and maintenance, and in 
many cities and even states its use Is 
demanded for certain classes of buildings. 


Mme ie SS Siig GS at we ap Pik’ O DUT Cates 








INFORMATION ON 
GLAZING 


LASS being one of the last materials to go 
(Ee into a building, it is very often the case 
that plans are not in proper shape for the 
glass contractor to take off sizes sufficiently in 
advance to enable him to place his order far 
enough ahead to give the manufacturers time to 
cut the glass to sizes and make shipment in 
time to enclose the building by the date desired. 
It is therefore advisable to give this point con- 
sideration in due time in order to facilitate 
matters and assure glazing being done on time, 
as in many cases the delay is not the fault of 
the glass contractor or the manufacturer, as the 
tremendous demand for Standard “Wire Glass” 
and Figured Glass necessitates orders taking 
their turn as they are received. 


Extract from Publication of Rules and Requirements of 
the National Board of Fire Underwriters, Edition of 1906 


8. Size of Glass — 


a. The unsupported surface of the glass allowed 
shall be governed by the severity of exposure and be 
determined in each case by the Underwriters having 
jurisdiction, but in no case shall it be more than 48 
inches in either dimension or exceed 720 square inches. 


b. The glass to be of such dimensions, after selvage 
is removed, that the bearing in the groove or rabbet 
is not to exceed 14 inch less than the full depth called 
for in rules 7 and 8. 


c. The glass to be retained by the structural part 
of the frame or sash independently of the material which 
may be used for weatherproof purposes. Only non- 
inflammable material to be used in setting glass in the sash. 


In consideration of the above extract, it is well 
to bear in mind the following sizes when planning 
window, door or partition openings to be glazed 
with Standard ‘‘Wire Glass,’ as these are the 
most advantageous sizes where glass is not to 
exceed 720 square inches: 


15x48 18x40 20x36 24x30 


The Mississippi Wire Glass Company is the 
original manufacturer of Solid “Wire Glass,’’ and 
its product is universally recognized as the 
Standard ‘‘Wire Glass,” being the material upon 
which the Underwriters’ Standard was based 
in 1899. 

By our process of manufacture, Standard 
‘‘Wire Glass’ is cast solid, and has an average 
of less imperfections than any sub-standard 
product on the market. 

The quality of metal and process of manu- 
facturing Standard “Wire Glass’ produce the 
very highest quality with a tensile strength 
second to none. 


Males p aloo Soler PL ap BER, NP IE AG, Ad 





THICKNESSES, MAXIMUM SIZES AND 
APPROXIMATE WEIGHTS OF MISSISSIPPI 
“WIRE GLASS’ AND FIGURED GLASS 


“WIRE GLASS” 








Maximum Maximum Approximate 
Thickness Width Length Weight per 





Style Inches Inches Inches Sq. Ft., Lbs. 

Polished.scsacc.- <0 Ag 50 130 4 

MS 2 50 Fda ¥% 30 (2, 8 
ZO Meg alevare 51) sie 3% ZA 48 130 334 
SO aly at Scere 3% 48 130 54 
Romanesque.......- ZA 48 130 334 
VEDIGG tii shina (stern © © A 48 130 334 
Muranese.........- A 38 110 334 
Hammered Rough... '% 48 130 3834 
bs ee 48 130 5% 
Rivhedwen sae cn-~ A> \Y 48 130 334 
35 ne %@ 48 130 514 
Pantetor soaeiccs Ao: A 48 130 334 
Pactrolite), oi 620s yy 48 130 334 
pad ihe a on SEs 3% 48 130 54 





DECK, VAULT OR FLOOR LIGHTS 





Hammered Rough 
“Wire Glass”. %%4 

















4 9 34 

Ribbed ‘“ Scanian oA. 30 72 934 

Ground “ ied oA: 30 T2 934 

Polished ‘“ Soe 4 30 Aye 934 

POLISHED FIGURED GLASS 
INOS <a Beare about 14 50 100 4 
PLAIN FIGURED GLASS 

Atirorari. Seem anes. 8 48 130 2 

Sere ya's ts TAG 60 130 2% 

Bae kr, 34 60 130 334 
Romanesque.....--- K% 48 130 7 

ae Moons tiae, «Bh 60 130 2% 
IER Z OS ee. ik ere isicscaysi:e 1% 48 130 2 

ge kes eee ee % 60 130 2% 
Florentine.......... % 48 130 2 

a ee ees ine 4G 60 130 2% 
Svenitesunne hee 8 48 130 2 

TOSS ee ae oe: (3 60 130 2% 
Muranese.........- le 42 110 Y 

Ondovantec...-. 0+ 4% 30 100 134 
BipsNOs 2 vcr enc - 04 42 110 2 

rome ts Breet. 86 42 110 2% 
Hammered Rough \% 48 130 2 

‘i S 346 48 130 2% 

J are AA 48 130 334 

ig ¥ nes % 48 130 5% 

si eee iy 48 130 Tu% 
Ribbedeecoe ie. ese OG 48 130 2 

rae. 346 48 130 2% 

ey Se eee eee yy 48 130 334 

be si cae 98 48 130 514 

ce een inte ne O49 48 130 Th 
PANU CON ete cers as 65 yy 48 130 ye 

BEM Sheen s thee os 3% 48 130 2% 
WSCLEOULEG 2. ie feos 6 le 48 130 2 

BUT totes ts. ss 3% 48 130 2% 

ah ee Y% 48 130 334 





POLISHED WIRE GLASS PORT LIGHTS 


Thicknesses 14-14-34 and scant 1’. 
Diameter circles 6” to 24”. 


a 


MelsStselecu sell ebat PROD U Ga 








PROPER TERMS FOR 
SPECIFYING “WIRE GLASS” 
AND FIGURED GLASS 


ROM some specifications it is con- 

fusing to the Glass Contractor to under- 
stand exactly what type of glass is 
desired. For example, specifications have 
been known to call for plain “‘“Wire Glass” 
with the intention of getting a specific style 
of ‘‘Wire Glass.” In one case Polished 
‘Wire Glass’”’ was wanted, but the jobber, 
thinking Rough “‘Wire Glass” to be about 
the plainest and among the least expensive, 
figured on this style and furnished it, so 
that due to the improper term used in speci- 
fication considerable trouble was caused. 
Therefore, specification writers should bear 
in mind the following in order to specify 
correctly so the contractor can make no 
mistake. 

Mistakes are made in specifying Plain 
‘Wire Glass,”’ Plain Polished Plate “Wire 
Glass,” Polished Plate ““Wire Glass,’ Plate 
“Wire Glass,’ meaning Polished “Wire 
Glass,’’ and specifying Florentine or Maze 
“Wire Glass’ as a common term for any 
figured ‘‘Wire Glass,’’ whereas the specifi- 
cation calls for a specific style of figured 
‘Wire Glass.’’ If you will consult the pages 
of this book you will find cuts of the various 
types of “‘Wire Glass’ and Plain Figured 
Glass with their correct names beneath, 
which should be used to specify the partic- 
ular style of glass desired for your work. 
These are the names given the different 
products by the manufacturer, and all glass 
contractors are thoroughly familiar with 
them. 

It is also to your advantage to prefix 
the name Mississippi, as you know what 
Mississippi quality is. 

8 


Meee i.e SP Ps Soe Rope al Oe 
ee ee 





Se 


WIDTH 


POLISHED “WIRE GLASS” 
Sizes up to 50” wide and 130” long, 
in about 5%" thick. Sizes up to 30” 


5M 


wide and 72” long, in about % 
thick. The twist of the wire runs 
with the length of the sheet, and 
should be set vertically. In ordering 
always specify width first. 


ISSISSIPPI Polished ‘‘Wire Glass’ has 
4 the well earned reputation of being 
far superior to any other product in quality 
of metal, brightness of wire and general 
appearance. On important jobs where archi- 
tects are particular to secure the best of 
quality, they specify Mississippi Polished 
“Wire Glass.” 


Ww DE Sh TS) An ae) fs Uh dee le PRO D UsGates 











WIDTH 


ROMANESQUE “WIRE GLASS” 


Sizes up to 48” wide and 130” long. 
Thickness 1g of an inch. The twist 
of the wire runs with the length of the 
sheet, and should be set vertically. 
In ordering always specify width first. 


HE prime object of figured glass is to 
produce a pattern with depth and char- 
acter, so that it will not appear pressed or 
set, and at the same time it must essentially 
be prismatic, so as to diffuse and distribute 
the light. 

The above pattern (Romanesque “‘Wire 
Glass,’’ actual size) is laid out in the form 
of a succession of prismatic circles, filled 
in with smaller prisms, which diffuse the 
light in all directions. 

The brilliancy of this glass is better realized 
by seeing actual sample in larger size. Same 
will be sent to you upon request. 


10 


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WIDTH 


SYENITE “WIRE GLASS” 


Sizes up to 48” wide and 130” long. 
Thickness 14 of an inch. The twist 
of the wire runs with the length of 
the sheet, and should be set vertically. 
In ordering always specify width first. 


pa purpose of the above pattern is to 
produce equal distribution of soft and 
pleasing light effects. 

The surface can hardly be called a pattern, 
due to the irregularity of same. This style 
of glass runs absolutely uniform and is 
suitable for use in buildings of any type of 
architecture. 


ll 


INE Je tS) SY AL BS) Sp IE Pe aL PRO D U*xGates 











WIDTH 


MAZE “WIRE GLASS” 


Sizes up to 48” wide and 130” long. 
Thicknesses 14 and 3 of an inch. 
The twist of the wire runs with the 
length of the sheet, and should be 
set vertically. In ordering always 
specify width first. 


T was the above style of glass which was 
tested by Prof. Norton of the Massa- 
chusetts Institute of Technology under the 
supervision of the late Edward Atkinson, 
in his tests on diffusion of light. These 
tests resulted in his finding that, by the use 
of certain figured glass patterns in the upper 
sash of a window instead of ordinary window 
glass, the light in a room 30 feet or more 
deep can be increased from 3 to 15 times its 
present effect. 


12 


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WIDTH 


MURANESE “WIRE GLASS” 


Sizes up to 38” wide and 110” long. 
Thickness 14 of an inch. The twist 
of the wire runs with the length of 
the sheet, and should be set vertically. 
In ordering always specify width first. 


IKE our other figured patterns this glass 
is also prismatic and affords excellent 
distribution of light. 

All ornamental patterns are deep and clean 
eut to afford the maximum of efficiency, as 
you will see from the actual samples which 
we will gladly forward at any time upon 
request. 


13 


Mi TeSt Ss G825 i Pe rat P Ri 0; DU Gaia 
SN 








WIDTH 


PENTECOR “WIRE GLASS’ 
Sizes up to 48” wide and 130” long. 
Thickness 14 of an inch. The twist 
of the wire runs with the length of 
the sheet. In ordering always speci- 
fy width first. 


ENTECOR ‘‘Wire Glass” is a combina- 
tion of ribbed and prism, making it a 
most brilliant pattern with remarkable pris- 
matic qualities, at the same time offering 
a less expensive type of glass and a pattern 


which is very easily cleaned. 
Used in Skylights to conduct condensation. 


14 


Meo ot Se hk P PI Bena LG te 
LL 








| 


Fi, 


iy 


RIBBED “WIRE GLASS” 


Sizes up to 48” wide and 130” long. 
Thicknesses 14 and % of an inch. 
The twist of the wire runs with the 
length of the sheet. In ordering al- 
ways specify width first. 


+» 


el 


“ 





OS 


OES 


HE Standard Ribbed ‘“‘Wire Glass’ for 
use in factories, mills and in fact all 
types of industrial buildings. 

This glass is sometimes used in office and 
loft buildings, and even structures of a more 
artistic nature, but is hardly suitable for 
many of them on account of its strictly 
commercial design, which, though simple, 
affords excellent light diffusion. 


Meise ole cm oma Ear cae! P Ri O DUA CeiaS 














WIDTH 


HAMMERED 
ROUGH “WIRE GLASS” 


Sizes up to 48” wide and 130” long. 
Thicknesses 14 and 3¢ of an inch. 
The twist of the wire runs with the 
length of the sheet, and should be 
set vertically. In ordering always 
specify width first. 


AMMERED Rough “Wire Glass” dif- 

fuses the light to a very small extent and 
is therefore used largely in buildings where 
light is not an important factor; but where 
fire protection is required, this glass is most 
efficient, and for factories where windows 
receive little or no attention it is most 
extensively used. 


16 


EK 


Santee any elec 


mee 6 tee lt PP I 


CE SHER RRS HOE GEE LES 
WAG ee eee 

AR MUAR RA eee Lae ee eee 
LEECT ERLE L, 


He eee EY 
irae ard 4 o eo 
SHEE Oe Ce Oe 

ch ke ck hd. bh bcnaeted be) 


ROR OS Sr te OE WR UR 
Seer COS HE Ee Pe Eee ESE 
the Rehobeietahehahchebe hehehe heh ache ko eae 


i eueg ee deevwna een set eay eu rege egee renee seeeh 
Pe Oe ey Cee 
Sheu wee ee ee 





WIDTH 


WIRE GLASS 


Re 


th the 
ie 
iform dis- 


" long. 
ia). 


ing a 


i 


In order 


idth first 


inc 


de and 1380 
of an 


wi 
ly and % 
diffusion and un 


th of the sheet. 


g 


maximum 


The twist of the wire runs w 


len 
ways specify w 


Sizes up to 48” 


Thicknesses 
CIENTIFICALLY designed to produce 


S 


industrial or 


mM 


ight for use 


tribution of 1 


ion 


inat 


lum 


1 


ht 


other buildings where dayli 


factor. 


isa 


a7 


BRIEF OF RE 
RENDERED TO THE MIS 


Distribution of Illu 
Sheet Glass Windo 


Order N 


Object 


To determine the effect of various types of figured 
sheet glass in windows upon the lighting of a room. 


Test Room 


Model, representing a room 50x100x14 feet. Scale, 
leitom—s2omtun(24x48x qinches)s 
Windows—Continuous on one side of room, 3 feet 
high; sill 4 feet from floor. 

Ceiling and walls—White gloss finish (commercial 
factory paint). 

Floor—Brown linoleum (having reflection factor of 
average factory floor). 


Source of Light 


Concentrated filament incandescent lamp, represent- 
ing the sun at 30 degrees from horizon. The in- 
tensity of the sun was approximately proportioned 
to the size of the room. 


Sky uniformly bright within (a) 20 per cent. 


Light within the room—direct sunlight, 80 per cent; 
skylights, 20 per cent. 


IONE TANES TRO TeTL WDA WA WAR, Soo ncnccccunssuccucsucavsee 
Cleart Glass erie tt.wcatcns eh nee Urmetne 0 be perl aes 


44 Hammered Rough Glass (Page 32)....................- 
Se pyenite: Glass: (Page22) eae eee oe ee nee, & 
VeMaze;Wire.Glass (Paget? ) sara. aera one ete hr 
Wa Moeyentomnes Wane (CARS) CeRya3 TDD)... nooo cg oocacncaenadscnes 
\4 Pentecor Wire Glass, Glazed Horizontally (Page 14)....... 
14 Pentecor Wire Glass, Glazed Vertically (Page 14)......... 
14 Ribbed Glass, Glazed Vertically (Page 31)................ 
14 Ribbed Glass, Glazed Horizontally (Page 31)............. 


18 


PORT NO. 28482 
SISSIPPI GLASS COMPANY, 


mination Through Figured 
vs in a Model Room 


0. 16649-S 
| Tests 
(1) Horizontal illumination on working plane— 
equivalent to 40 inches above floor. 
Test Stations in five lines as shown. 
(2) Transmission of light through glass samples. 





— 
| i2stee. 2sife aTslfe. SO 
Y v Y v Y 





Transmission, Average Horizontal 
Per Cent. Illumination of Lines 

of Clear of Test Stations 
0 12% PAS 387% 50 
100 28 16.8 1.4 0.80 0.85 

Values in Per Cent. of Clear 

104 107 107 107 99 106 
87 100 62 143 149 136 
82 90 65 158 Lee 145 
88 89 75 172 138 157 
| 90 100 52 204 193 230 
94 96 92 123 104 106 
| 96 100 96 124 101 103 
99 118 Bye 183 191 VALLES 


19 


MG iS} ASP OE Sh) Jee Ie PR O DiUeGaia 
En! 











APEX GLASS 


A Polished Plate Prismatic Figured 
Glass about 14 of an inch thick. 
Made in sizes up to 50” wide and 
100” long. 


pee glass is without exception of the 
highest quality possible; the design is 
simple yet most effective. It is a rolled sheet 
glass with figure on the upper or fire side, 
and the back or table side, being highly 
polished, produces a most brilliant pattern. 

This glass is specified for use in partitions, 
doors, transoms, etc., of the very highest 
class of buildings where particular attention 
is given to quality. 


20 








Veils eoeoe ler P I ahi ee Vine Can 


aid 


‘Tees, = 
f 





“AURORA” 


Sizes up to 48” wide and 130” long 
for 14 of an inch thick and 60” wide 
Bago " long for §% and 14 of aninch 
thick. 


HE pattern is scientifically cut at an 

angle which gives the highest transmis- 
sion of light and at the same time deflects 
it to where it is wanted. The light source 
is daylight, supplied through outside win- 
dows. This must be picked up by the glass 
and deflected to the ceiling and working 
plane. The highest reflecting surface of a 
room is the ceiling, located in a position to 
deflect light downward so that it is desirable 
to throw as much light to the ceiling as pos- 
sible. Therefore, ‘“‘Aurora”’ is designed to 
throw one-half of the light passing through 
it to the ceiling and the other half to the 
working plane. Side deflection which creates 
shadows is reduced toa minimum. ‘Aurora’ 
utilizes to advantage all the light which 
reaches it. 


21 


Mile SiS leseo le beret P Ri OD UsCeias 


——J 














SYENITE GLASS 


Sizes up to 48” wide and 130” long. 
Thickness 14 of an inch. Sizes up to 
60” wide and 1380” long. Thickness 
34 of an inch. 


RIGINALLY designed for deck lights 

in passenger coaches, and is generally 

favored for small lights, also particularly 
attractive in leaded work. 

Its design is unique and irregular, uniform 
yet not set, and obstructs view, but provides 
ample diffusion of light. 

Suitable for many styles of architecture. 


22 











MAZE GLASS 


Sizes up to 48” wide and 130” long. 
Thickness 4 of an inch. Sizes up to 
60” wide and 130” long. Thickness 3% 
of an inch. 


HE ‘“‘Maze”’ pattern stands pre-eminent 

for interior use in all bank and office 

buildings and in fact any mercantile building 

which is to be divided into numerous offices 
or departments by glass partitions. 

The late Edward Atkinson, in supervising 
tests conducted by Prof. Norton of the Mass- 
achusetts Institute of Technology, highly 
recommended this glass in his specifications 
for diffusion of light. 


23 





Mee SR We SS WP ae P RO) DUUSCe is 








Fi 


‘eal 


ad 


Ye REES 
4. NI h 
WIDTH 


FLORENTINE GLASS 


Sizes up to 48” wide and 130” long. 
Thickness 14 of aninch. Sizes up to 
60” wide and 130” long. Thickness %% 
of an inch. 


ST 





NE of the earliest productions in figured 
glass, but still used in large quantities 
for doors, transoms and all styles of parti- 
tions to admit and diffuse light, yet obstruct 
the vision. 
It is adaptable to all styles of architecture 
and very effective. 


24 


Melton 1 fs bP P I Sere Re Vane Ome 











WIDTH 


MURANESE GLASS 


Sizes up to 42” wide and 110” long. 
Thickness 4 of an inch. 


OT unlike the well known pattern 
“Florentine” in design, yet sufficiently 
different to enable one to use it in doors, 
tramsoms, partitions, etc., to make a slight 
variance in appearance. This glass is very 
brilliant and attractive and its diffusive 
powers rank high. 
It is suitable for many styles of archi- 
tecture. 


25 


Wt te SB WSs WIP ae PR O D> URCeiaS 











FIGURE NO. 2 GLASS 


Sizes up to 42” wide and 110” long. 
Thicknesses 4 and 3% of an inch. 


CONVENTIONAL design but well con- 

sidered, obscuring the vision, yet brilliant 
in surface and insuring liberal diffusion of 
light. It is artistic enough to give character 
to almost any style of architecture though 
most appropriate where Colonial effects are 
an important consideration. 


26 


Meiipo uke oe Ll PoP ST oh dae ee AY IE Ke? 18 








WIDTH 


ONDOYANT GLASS 


Sizes up to 30” wide and 100” long. 
Thickness 1% of an inch. 


UR oldest pattern and popular since 
its introduction. Harmonizes with 
nearly all decorations and affords liberal 
distribution of light while it obscures vision. 
Much used in transoms and ceiling lights. 
Predominant in leaded work because of its 
light-retaining rippled surface corrugations 
which produce such pleasing light effects. 


27 


Melesese | SO csedere tet P Ro OO. Dsus Caxias 











ROMANESQUE GLASS 


Sizes up to 48” wide and 130” long 
for 1% of an inch thick and 60” wide 
and 130” long for 3% of an inch thick. 


dd Diab pattern, which is also made in 
‘Wire Glass,”’ we call special attention to. 
The pattern cannot be thoroughly appreci- 
ated unless seen in a large sample where the 
circle is not so apparent. It has been pro- 
nounced by experts as a most effective and 
pleasing design of figured rolled glass. 
Brilliancy and uniform cutting and setting 
qualities are fully as marked as in the hereto- 
fore unequalled ‘“‘Maze,’”’ and the glass har- 
monizes with any style of architecture. 











Melee oS PP I op re Ee Vee eee caer 








penile S GLASS 


Sizes up to 48” wide and 130” long. 
Thicknesses 14, 3% and 14 of an inch. 


CIENTIFICALLY designed to produce 

maximum diffusion and uniform dis- 
tribution of light for use in industrial or 
other buildings where daylight illumination 
is a factor. 


RS) 





mt OES) Bh Ik Be) Il ge 1 P R OO) DUR Ce ia | 








WIDTH 


PENTECOR GLASS 


} 
Sizes up to 48” wide and 130” long. 
Thicknesses 14 and %% of an inch. 

; 


ENTECOR Glass is a pleasing combina- 

tion of Ribbed and Prism, making it a 
most brilliant pattern with remarkable pris- 
matic qualities, at the same time offering 
a less expensive type of glass and a pattern 
which is very easily cleaned. 

This glass has been most successfully used 
in factories and is considered quite equal to 
prism glass for this style of building. Its 
being so easily cleaned makes it a most 
desirable pattern. 

Used in skylights to conduct condensation. 


30 


ee 


Mores op .8)8 1 PP i fh dD, ah AY Ue) Jo 





WIDTH 


RIBBED GLASS 


Sizes up to 48” wide and 1380” long. 
Thicknesses 4, 2%, 14, 3 and 4 of 
aninch. The rib runs with the length 
of the sheet. 


“ee best plain Ribbed Glass produced. 
The quality of material and cutting 
surface is supreme. 

Used for skylights and windows in all 
styles of factory buildings, power plants, 
warehouses, etc. 


31 


Mele Seon laces ele casa PT Re OS DaUs Caras 
(AS RA ER RE RRA ER CT RES AAR OS SARS RSI MET 








HAMMERED ROUGH GLASS 


Sizes up to 48” wide and 130” long. 
Thicknesses lk, 36, 14, 34 and \% of 
an inch. 


HE best plain Hammered Rough Rolled 
Glass produced. It contains the usual 
superior Mississippi qualities, and for factory 
use is most appropriate, yet its fine qualities 
make it very popular for certain styles of 


architecture. 
Used in skylights and windows in all kinds 


of industrial buildings. 


32 





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